The KS2900-OSC onboard mobile measurement system consists of four parts: an external scanning system, an internal power supply control system, a roof mounting bracket, and data processing software. It can achieve the collection of massive point cloud data and high-precision panoramic camera data, with a lightweight design that is easy to assemble, and is widely used in fields such as highway street surveys and high-precision maps.
The farthest measurement distance can reach 1000 meters,The minimum measurement distance is less than 1 meter
Easy to install and operate
More conducive to road environment measurement
Five echoes
Laser pulse repetition rate can reach 2000kHz
Repetitive accuracy ± 5mm
Elevation and plane ≤5cm@200m
Maximum 2MHz
1.5m-1500m
100-2000kHz
5kg
Maximum 150W
The KS2800 LiDAR measurement system is a high-precision measurement system launched for industries such as surveying and mapping, power, forestry, and emergency response. The multi rotor unmanned aerial vehicle is equipped with a radar system that operates for about 50 minutes. It can plan regional routes, strip routes, cross routes, and ground simulation flight missions based on the operational measurement area, and collect high-precision point cloud raw data; The KMeta series post-processing software can output high-precision LAS point cloud data, which can meet the data needs of various industries.
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The KS2900 LiDAR measurement system is a high-precision measurement system launched for industries such as surveying and mapping, power, forestry, and emergency response. The multi rotor unmanned aerial vehicle is equipped with a radar system that operates for about 50 minutes. It can plan regional routes, strip routes, cross routes, and ground simulation flight missions based on the operational measurement area, and collect high-precision point cloud raw data; The KMeta series post-processing software can output high-precision LAS point cloud data, which can meet the data requirements of various industries.
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By utilizing speed measurement technology to determine whether a vehicle is speeding and distance monitoring technology to assess whether it maintains a safe distance, timely warnings can be issued and illegal behaviors can be recorded.
Utilizing a vehicle-mounted LiDAR system, road information can be collected, and map elements such as road shapes, road markings, traffic signs, and obstacles can be extracted through relevant software, enabling road asset inventory.
Utilizing vehicle-mounted or airborne LiDAR systems to collect road-related information, as an advanced integrated measurement technology, can effectively address the issues of long measurement cycles and safety concerns during road reconstruction and exp
The road information is collected using a vehicle-mounted LiDAR system, and the collected data is processed by relevant software to generate high-precision maps for autonomous driving.
Kyle optics Technology Co., Ltd. is committed to the research and development, manufacturing, and sales of high-end LiDAR ranging and scanning products. It is a high-tech enterprise that focuses on the research and development of high-end LiDAR system products.
Address：Room 1104, Jinqi Zhigu Building, Tangling Road, Tao Yuan Street, Nanshan District, Shenzhen City, Guangdong Province, China
Telephone：18120243830
Address：Building D3, Nanshan Guanggu Free Trade Port, No. 99 Gaoxin 6th Road, Jiangxia District, Wuhan City, Hubei Province
Telephone：18120243830
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